TM M92F Chrome Stainless (gas, GBB) - Tokyo Marui

Basic Information:

• Drive guns: gas
• shooting mode: Semi-automatic
• Caliber: 6 mm
• Bolt movement blowback: YES

Estimated guns performance:

• Muzzle velocity (m/s): up to 90
• Muzzle velocity (fps): up to 280
• Theoretical range: up to 40 m
• Recommended ball weight: 0.20g – 0.25g

External description:

• Length guns (mm): 215
• Barrel length (mm): 115
• Weight (g): 1300
• Material: Metal, ABS plastic

Internal description:

• Hop-Up: YES
• Hop-Up regulation: adjustable
• Propellant: GreenGas

Magazine:

• Capacity (rounds): 26
• Design: push-pull
• Tray material: metal

M92F from the well-known Japanese company Tokyo Marui will certainly be an experience for every fan of American military weapons. Like most pistol replicas from Tokyo Marui, the M92F was made mostly of high-quality polymer. Metal parts include: magazine and safety. The frame and slide were made of polymer.

The handle is covered with soft, rubber polymer, which, combined with the anti-slip texture and profiled shape, ensures considerable comfort of use. A double-sided flip-up safety is located at the rear of the slide. The slide and grip bear US military markings. The trigger mechanism operates in SA/DA (single action/double action) modes - meaning that a shot is possible only after cocking the hammer (either manually or via the moving slide) - single action, or so-called self-loading - by fully pressing the trigger through the hammer, which first cocks and then releases, leading to a shot - double action.

The replica is equipped with the Blow Back recoil system. This causes the slide to move backward after each shot, and as soon as the last round leaves the replica, the slide remains in the retracted position. After inserting a new, full magazine, the slide needs to be released - just like with the original sharp-shooting guns.

Tokyo Marui gas replicas have been known for many years for their exceptional Japanese reliability and perfect craftsmanship of internal components. You don't have to worry about the performance or proper function of the Hop-Up system - it's in a class of its own.